The Science of Arowana Color > 자유게시판

Arowana fish are known for their striking and vibrant sheen, which is one of the primary reasons for their popularity among aquarium aficionados. The fish are a type of bony fish found in various colors such as silver, black, and dark brown. The science behind arowana coloration is based on the intricate functions that govern the development and production of pigments in their scales.

The major components responsible for the coloration of arowana fish are carotenoids, phaeomelanin, and magnesium oxide. Melanin is the most abundant substance in arowana fish and is responsible for the production of deep hues such as black. It is also responsible for the production of deeper colors of Red Arowana for sale. Iridin on the other hand is responsible for the production of bright and vibrant colors such as blue. It is found in the refracting cells, which are specialized organs in the scales that diffract and reflect radiation. Magnesium oxide is a crystalline compound found in the scales of arowana fish and is responsible for producing the unique blue lustre.

The coloration of arowana fish is not a unchanging trait and can be influenced by various factors such as heredity, food intake, and environment. For instance, arowana fish that are bred in hatching may develop a different hues than those that are caught in the habitat. Similarly, arowana fish that are fed a nutrition rich in key minerals may develop deeper shades.

One of the key components that influence the sheen of arowana fish is the presence of carotenoids. Vitamin A is essential for the production of guanine and is found in high abundance in foods such as crustaceans. Arowana fish that are fed a food intake rich in vitamin A may develop bolder hues. On the other hand, arowana fish that are fed a food intake low in vitamin A may develop light and washed out colors.

In addition to vitamin A, other substances such as chromoproteins also play a crucial role in the coloration of arowana fish. Beta-carotene is responsible for producing coral shades, while astaxanthin is responsible for producing magenta hues. Arowana fish that are fed a diet rich in these nutrients may develop bolder hues.

The environment also plays a crucial role in the coloration of arowana fish. For instance, arowana fish that are kept in a aquarium with a high basicity may develop a different hues than those that are kept in a aquarium with a low basicity. Similarly, arowana fish that are exposed to high levels of energy may develop a different sheen than those that are kept in a container with low levels of light.

In final thoughts, the art behind arowana hues is based on the intricate functions that govern the development and production of colors in their scales. The major pigments responsible for the hues of arowana fish are chromoproteins, lutein, and guanine. The hues of arowana fish can be influenced by various components such as inherited traits, diet, and environment. By understanding the mechanics behind arowana sheen, aquarium aficionados can take steps to promote and maintain the unique shades of these beautiful fish.